Choose the correct statement.

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(C) Among the given statements,only statement $(c)$ is correct regarding the Henry's law constant $(K_{H})$.$(a)$ $K_{H}$ is a function of the nature

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$K_{H}$ value increases on increasing the temperature of the solution.

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(C) Among the given statements,only statement $(c)$ is correct regarding the Henry's law constant $(K_{H})$.$(a)$ $K_{H}$ is a function of the nature of the gas and the solvent used; therefore,the $K_{H}$ value is not the same for a gas in different solutions.$(b)$ According to Henry's law,$p = K_{H} \cdot x$,which implies $x = p / K_{H}$. Thus,a higher $K_{H}$ value corresponds to lower solubility of the gas.$(c)$ $K_{H}$ is temperature-dependent and generally increases with an increase in temperature,which explains why gases are less soluble in warm water.$(d)$ Easily liquefiable gases have stronger intermolecular forces,which leads to lower $K_{H}$ values.

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